Do they simply tether pathway components or do they actively participate in the signaling process?
The study provides an elegant demonstration that scaffold proteins control the flow of information along signal transduction pathways primarily through tethering mechanisms. By creating a “custom-designed” scaffold, the authors have been able to engineer a synthetic signal transduction pathway with novel input and output specificities.
Related Questions
- Will you include specifications for transactions that explain the specific components AmeriHealth will require from providers to process information?
- Does Hypergravity Regulate Gene Expression of Integrins and other Focal Adhesion Components in the Matrix-Integrin Signaling Pathway?
- How do you establish credibility to have the physicians and service site providers participate in the surveying process?
